Boom conveyor

1. An operator platform coupled to a boom of a boom conveyor apparatus, wherein the operator platform comprises:

a support frame attached to at least one side of the operator platform comprises a connection structure, wherein the connection structure comprises:

a pivot socket and a support socket, wherein each of the sockets are configured to receive respective attachment elements configured to move between a connect configuration and a disconnect configuration, wherein at least one of the sockets engage and disengage with a locking slot provided on at least one of the attachment element in the connect configuration and the disconnect configuration based on a position of the boom, and wherein the attachment elements are provided at a front end of the boom; and

an attachment and leveling mechanism comprising a pivot mechanism to enable rotation of the attachment element relative to the boom about a pivot axis.

2. The operator platform of claim 1 , wherein the attachment mechanism and leveling mechanism further comprises a leveling actuator to control rotation of the attachment element about the pivot axis.

3. The operator platform of claim 1 , wherein the connection structure is positioned at an upper end of the support frame to attach the operator platform to the attachment mechanism and leveling mechanism.

4. The operator platform of claim 1 , wherein the attachment elements comprise at least one of a pivot pin and a platform support pin.

5. The operator platform of claim 1 , wherein the pivot socket comprises axially-engageable electrical connectors configured for establishing an electrical connection with electrical connectors of the attachment and leveling mechanism.

6. The operator platform of claim 5 , wherein the pivot pin and the platform support pin are driven axially outwards from the disconnect configuration to the connect configuration such that the pins are brought into engagement with the pivot socket and the support socket respectively.

7. The operator platform of claim 5 , wherein the pivot pin and the platform support pin are driven axially inwards from the connect configuration to the disconnect configuration such that the pins are brought out of engagement with the pivot socket and the support socket respectively.

8. An operator platform coupled to a boom of a boom conveyor apparatus, wherein the operator platform comprises:

a support frame attached to at least one side of the operator platform comprises one or more connection structures, wherein the connection structure comprises:

a pivot socket and a support socket, wherein each of the sockets are configured to orthogonally receive an attachment element that is configured to move in a direction parallel to a pivot axis between a connect configuration and a disconnect configuration, wherein the attachment element is provided at a front end of the boom; and

an attachment and leveling mechanism comprising a pivot mechanism to enable rotation of the attachment element relative to the boom about a pivot axis.

9. The operator platform of claim 8 , wherein the pivot socket includes an axially-engageable electrical connector which is configured for electrical connection with electrical connectors of the boom conveyor apparatus.

10. The operator platform of claim 8 , wherein the attachment element comprises at least one of a pivot pin or a platform support pin.

11. The operator platform of claim 10 , wherein the pivot socket establishes an electrical connection with the boom conveyor apparatus in response to engagement with the pivot pin.

12. The operator platform of claim 10 , wherein the platform support pin engages with the support socket when the pivot pin engages with the pivot socket.

13. The operator platform of claim 10 , wherein the pivot pin is axially moved using a connection actuator.

14. The operator platform of claim 8 , wherein the connection structure comprises a substantially vertical plate which carries the pivot socket and the support socket.

15. An operator platform coupled to a boom of a boom conveyor apparatus, wherein the operator platform comprises:

a support frame attached to at least one side of the operator platform comprises a connection structure;

a vertical plate mounted on the connection structure, wherein the vertical plate comprises a pivot socket and a support socket, wherein the pivot socket is configured to receive a pivot pin and the support socket is configured to receive a platform support pin, wherein the pivot pin and the platform support pin are configured to move between a connect configuration to attach the operator platform to the boom and a disconnect configuration to detach the operator platform from the boom, and wherein the pivot pin and the platform support pin are provided at a front end of the boom, and wherein the pivot pin is mounted on a bearing configured to allow rotational and axial movement of the pivot pin relative to a pivot axis.

16. The operator platform of claim 15 , wherein the pivot socket engages with the pivot pin and the support socket engages with the platform support pin in the connect configuration.

17. The operator platform of claim 15 , wherein the pivot socket disengages with the pivot pin and the support socket disengages with the platform support pin in the disconnect configuration.

18. The operator platform of claim 15 , wherein the connection structure is attached to an attachment mechanism and a leveling mechanism of the boom conveyor apparatus.

19. The operator platform of claim 15 , wherein the pivot socket establishes an electrical connection with the boom conveyor apparatus in response to engagement with the pivot pin.

20. The operator platform of claim 15 , wherein the pivot pin is axially moved using a connection actuator.